Pickup Availability
Richfield Minnesota 55423
Usually ready in 2 hours
Description
Plant material is good at absorbing and releasing moisture from and to its immediate environment. Flower will even out its moisture from the middle of the bud to the exterior, until equilibrium is reached. But this takes time.
After the flower reaches equilibrium, moisture then gets released from the exterior of the flower into the air in the chamber. Everything moves towards equilibrium. If moisture content throughout all buds are around 68%, then moisture will be released from the buds until the surrounding environment matches. As that happens, the moisture in the flowers decrease as the air humidity rises to meet equilibrium.
Droidcure™ uses current and historical measurements to algorythmically exchange air, speeding up the curing process while not over drying the flower. Droidcure™ will also tell you when the moisture content has stabilized for your select settings.
You can set Droidcure™ to cure to a humidity of your choice between 57% - 66%.
Set the target humidity by pressing the “up” and “down” yellow buttons on the front of the device.
To ensure optimal results with your Droidcure, there are five crucial factors when choosing a curing chamber:
- Curing Tote Size — 5 to 20 gallons
- Airtightness — airtight containers are best
- Tote Shape for Mounting — must have 4.5 x 4.5 inches of flat space for mounting
- Material — use a food-grade container and wash before use
- Curing Chamber Wall Width — walls should be under 11 mm thick
No, Droidcure™ does not connect with the internet. This means your data is not uploaded to the cloud.
Droidcure is very energy efficient.
- When idle, ~0.5W draw at 5.2V
- While exchanging air, ~1.55W draw at 5.2V
- When powered off, the power is fully isolated and there is no watt draw
Droidcure™ is a 3D printed product made from a corn-based bioplastic.
It is composable with no toxic residues if left outside in the elements for prolonged periods of time.